Enterprise DevOps & SRE Capability
Structured engineering capability — not a tooling recommendation, not a single contractor. EXERION deploys senior DevOps engineers and SRE leads who own your reliability and delivery outcomes at enterprise scale.
Scope & Context
DevOps at Enterprise Scale Is a Structural Problem, Not a Tooling Problem
Most enterprises have tooling. They have Jenkins or GitHub Actions, some Terraform, a Kubernetes cluster somewhere. What they lack is a coherent capability — roles with defined ownership, toolchains that are actually governed, CI/CD pipelines that teams trust enough to deploy from, and an SRE discipline that does something other than alert on things nobody has time to fix.
Enterprise DevOps outsourcing — done structurally — addresses this. It is not about bringing in a consultant to audit your stack and hand you a 90-page report. It is about deploying the right engineering capacity, with the right architectural thinking, to build capability that persists after the engagement ends.
The failure mode EXERION is specifically designed to prevent: ad-hoc DevOps hiring that produces a patchwork of individual preferences with no shared model, no governance, and no path to the reliability and delivery performance the business actually needs. At €100k+ per month of engineering spend, that kind of structural drift is expensive and slow to reverse.
What structured capability looks like in practice: a CI/CD maturity level your teams can build on rather than route around, IaC that is version-controlled and peer-reviewed rather than someone's personal Terraform, Kubernetes operations that are observable and recoverable, and an SRE practice with defined SLOs that engineering and product leadership can actually make decisions against.
SRE team augmentation follows the same logic. Reliability engineering requires a specific discipline — error budgets, service level indicators, incident playbooks, blameless retrospectives — that most platform teams have not had the time or mandate to build. EXERION SRE leads bring that practice in fully formed and adapt it to your organisational context, not the other way around.
How We Work
Capability Blueprint First, Then Deployment
EXERION does not start with headcount. We start with a capability blueprint — a structured assessment of your current DevOps maturity across six dimensions: delivery pipeline, infrastructure management, observability, reliability, security integration, and platform self-service.
The blueprint identifies gaps, prioritises them by risk and value, and defines the target capability topology: which roles are needed, what the toolchain architecture should be, and where governance needs to be established before more engineers will help rather than compound the problem.
That blueprint drives deployment. We source engineers from our vetted senior network — DevOps engineers, SRE leads, platform architects — who match the specific capability gaps identified, not a generic profile. They embed in your organisation with defined ownership areas and measurable targets from the start of the engagement.
DevOps consulting at enterprise scale should leave the organisation more capable, not more dependent. Every EXERION engagement includes an explicit capability transfer track — documentation, internal enablement, and a defined transition plan so that when the engagement concludes, the capability is yours.
Engagements operate on a structured retainer model. Monthly scope is defined against the capability roadmap. Progress is reviewed in a monthly senior-to-senior session with your CTO or VP Engineering — not a status update, a structured conversation about what is working, what is not, and what to prioritise next.
Coverage Areas
What the Capability Covers
Seven practice areas, each with defined ownership, toolchain standards, and measurable maturity outcomes. Engagements typically activate three to five areas depending on current state and business priority.
CI/CD Pipeline Engineering
Pipeline architecture that engineering teams trust and use without workarounds. GitOps-first design, trunk-based delivery, deployment frequency that matches business cadence.
- GitHub Actions
- GitLab CI
- ArgoCD
- GitOps workflows
Infrastructure as Code
Cloud infrastructure that is version-controlled, peer-reviewed, and reusable. IaC governance including module standards, state management, and change management integration. Cloud-agnostic architecture where it matters.
- Terraform
- Pulumi
- Ansible
- Multi-cloud
Kubernetes & Container Orchestration
Kubernetes operations that are production-ready — not just running, but observable, recoverable, and operated by engineers who understand the failure modes. Cluster architecture, workload design, and day-two operations.
- EKS
- GKE
- AKS
- Self-managed
Observability & Monitoring
Observability that surfaces what matters — not alert fatigue from thresholds nobody calibrated. Structured approach: metrics, logs, traces, and dashboards that engineering and product leadership can actually interpret and act on.
- Prometheus
- Grafana
- Datadog
- OpenTelemetry
SRE & Reliability Engineering
SRE practice built around the decisions it enables — error budget policy, SLO negotiation with product, and incident playbooks that teams actually follow. Reliability engineering that connects to business outcomes, not just uptime metrics.
- SLO/SLI design
- Error budgets
- Incident playbooks
- Blameless review
Platform Engineering
Internal Developer Platform design and build — golden paths, self-service infrastructure, and developer experience that reduces cognitive load without creating bottlenecks. Platform engineering that product teams adopt because it makes their work faster, not because it is mandated.
- IDP architecture
- Golden paths
- Self-service infra
- Developer portals
Cloud Security & Compliance
Security integrated into the delivery pipeline — not bolted on at the end of a release cycle. AppSec tooling embedded in CI/CD, compliance posture managed as code, and audit readiness that does not require a pre-audit scramble.
- DAST / SAST
- AppSec integration
- SOC 2 readiness
- ISO 27001 readiness
Assessment Tool
DevOps Maturity Scorecard
Before investing in capability, benchmark where you are. The EXERION DevOps Maturity Scorecard assesses your current state across six dimensions — delivery pipeline, infrastructure management, observability, reliability, security integration, and platform self-service — and identifies the highest-leverage gaps to address first.
Used internally by EXERION at the start of every engagement. Now available to engineering leadership teams to run independently.
Download the ScorecardCommon Questions
Questions From Engineering Leadership
What is the difference between DevOps consulting and DevOps capability deployment?
Consulting produces recommendations. Capability deployment produces outcomes. EXERION does not hand over a roadmap and leave — we design the capability topology, deploy senior engineers who own execution, and remain accountable to measurable reliability and delivery targets. The engagement ends when the capability is embedded and self-sustaining, not when the slide deck is done.
How long does it take to stand up enterprise DevOps capability?
Foundational capability — CI/CD standardisation, IaC governance, basic observability — is typically operational within 8 to 12 weeks. Mature SRE practice with error budgets, incident playbooks, and platform engineering takes 4 to 6 months depending on organisational complexity and existing toolchain debt. We phase delivery to produce value in each increment, not at the end of a long programme.
Do you work alongside existing internal DevOps teams?
Yes, and this is the common pattern at enterprise scale. EXERION engineers embed alongside your internal team, filling specific capability gaps — usually platform engineering leadership, SRE discipline, or IaC architecture — while transferring practice and raising the capability floor across your existing staff. We are not a replacement model; we are an augmentation model with a defined transition path.
Which cloud platforms and toolchains do you cover?
AWS, Azure, and GCP across all major Kubernetes distributions (EKS, AKS, GKE, self-managed). On the toolchain side: Terraform, Pulumi, and Ansible for IaC; GitHub Actions, GitLab CI, and ArgoCD for CI/CD and GitOps; Prometheus, Grafana, Datadog, and OpenTelemetry for observability. We are toolchain-agnostic at the architecture level and opinionated only where a choice meaningfully improves long-term operability.
How does enterprise DevOps outsourcing differ from hiring contractors?
A contractor executes against a defined scope. Enterprise DevOps outsourcing through EXERION means we own the capability outcome — we assess maturity, design the target state, source and deploy the right engineers, govern the transition, and ensure the capability is durable beyond the engagement. The accountability sits with EXERION, not distributed across a set of individuals with no shared ownership of the result.
Start the Conversation
Discuss Your DevOps Capability Needs
If your engineering organisation is carrying DevOps or reliability debt that is slowing delivery or creating operational risk, the right next step is a structured conversation — not a sales call. EXERION engagements start with a capability assessment, not a proposal.
Engagements from €100,000/month. DACH-led. Western Europe.